66 results about "Electricity infrastructure" patented technology

A wireless power infrastructure for delivering wireless power from a wireless network to mobile devices. The infrastructure includes a plurality of power transmission hubs, each hub having: a first capacitor for transmitting a signature frequency for a defined range; and a set of second capacitors, each for transmitting resonant wireless power within the defined range at a selectable frequency. A mobile device for obtaining wireless resonant the plurality of power transmission hubs is also described, and includes: a first variable capacitor for detecting a signature frequency associated with a proximately located power transmission hub; a second variable capacitor for receiving wireless resonant capacitor from the proximately located power transmission hub; and a synchronization system for setting the second variable capacitor to a frequency that is synchronized with a wireless resonant power transmission of the proximately located power transmission hub.

Systems and methods are described for software-defined approaches to energy communication networks (ECNs). For example, electrical substations typically host many Intelligent Electronic Devices (IEDs) that monitor and / or control the state of the substations' electricity infrastructures. Critical data from the IEDs can be packaged and transmitted between multiple IEDs for proper system monitoring and control. Even modern networks that interconnect IEDs tend to manifest many limitations, ranging from setup complexity to security policies. Embodiments use novel software-defined networking techniques to address these and other limitations. In some embodiments, power system requirements (e.g., data and communications requirements of IEDs) are translated into a set of networking requirements (e.g., as central routing tables). One implementation uses a Ryu-based, software-defined network controller. Embodiments provide features, such as auto-configuration, security management, re-routing, and flexibility to handle rapid evolution of the smart grid.

An in-pavement high intensity LED-based luminaire includes a housing, a power controller, a light module and a thermoelectric cooling device. The housing includes a generally flat top surface having at least one transparent window for output light passage. The power controller has an input and an output, wherein the input is electrically connected to an airfield power infrastructure and the output is electrically connected to a light module. The light module includes multiple high flux LEDs and a non-imaging light transformer. The non-imaging light transformer includes an input end opposite an output end, a refractive member located around the LED optical axis, and a total internal reflection member. The thermoelectric cooling device provides LED temperature control for emitted luminous flux, color and spatial intensity distribution stabilization, and is electrically connected to the power controller.

Some embodiments can concern an apparatus configured to detect an electrical state of one or more electrical devices. The one or more electrical devices are coupled to an electrical power infrastructure and generate one or more high-frequency electrical signals on the electrical power infrastructure. The apparatus can include: (a) a processing module configured to run on a processor of a computational unit; and (b) a sensing device configured to be coupled to an electrical outlet. The sensing device can have: (a) a data acquisition receiver configured to receive the one or more high-frequency electrical signals via the electrical outlet and convert the one or more high-frequency electrical signals into one or more first data signals when the sensing device is coupled to the electrical outlet. The electrical outlet can be electrically coupled to the electrical power infrastructure. The sensing device is in communication with the computational unit. The processing module is further configured to identify the electrical state of the one or more electrical devices at least in part using the one or more first data signals. The high-frequency electrical signals comprise electrical signals in the ten kilohertz to three megahertz range. Other embodiments are disclosed.

The present invention relates to a method and an apparatus for employing an embedded subscriber identity module (hereinafter referred to as eSIM) to apply a policy such as a subsidy policy to, activate, deactivate, add to, update, and delete a user profile in a mobile communications network. The present invention enables a mobile device to determine whether to host the policy of a new service provider when it changes the present service provider or to perform a lock for prohibiting the policy change, and to change the profile related to the determination. The present invention also enables a mobile device to replace the policy related to the service provider by applying the policy, or to employ eSIM so as to activate, deactivate, revise, add, or delete the rules of the policy related to the service provider. The present invention provides various examples of hosting and applying the policy and various examples of activating, deactivating, revising, adding, deleting the policy rules so as to make eSIM identify the subscriber as the existing subscriber identity module. The invention also enables the device or eSIM to be reused when changing the service provider throughout the life cycle thereof without limiting the use of eSIM to a single service provider. The invention also provides a method for locking the policy applied per service provider, and the use of eSIM when changing to another service provider by the policy per service provider. The present invention also provides a method for checking the criteria of decision and verifying the power of decision when administering the policy rules and eSIM through deleting, adding, revising, activating, and deactivating the profile management plan and policy rules by applying the service provider's policy. Thus the present invention enables the device to host a new service provider's policy for communicating therewith when changing from the existing service provider to the new service provider, or when the government changes the service provider for an M2M device related to the electricity, infrastructure, etc. under an environment such as EUTRAN (Evolved Universal Terrestrial Radio Access Network) or UTRAN (Universal Terrestrial Radio Access Network) / GERAN(GSM / EDGE Radio Access Network). The present invention also is advantageous in that if the change of a service provider is not allowed according the policy of the existing service provider, the information related to communication and the security information are set revised safely by locking, thus enhancing the communication efficiency and security. The present invention also enables the device to verify the power of the user or to revise safely the information of eSIM for adding, revising, deleting, activating, and deactivating the policy rules for managing the operation profile for administration of the policy of the service provider under an environment such as EUTRAN(Evolved Universal Terrestrial Radio Access Network) or UTRAN(Universal Terrestrial Radio Access Network) / GERAN(GSM / EDGE Radio Access Network), thus enhancing the communication efficiency and security.

Some embodiments can concern a method of using a power consumption measurement device. The power consumption measurement device can be mechanically coupled to a surface of a circuit breaker box overlying at least part of one or more main electrical supply conductors for an electrical power infrastructure of a structure. The method can include: determining one or more first magnetic field readings from the one or more main electrical supply conductors using one or more sensors in the power consumption measurement device; after determining the one or more first magnetic field readings, electrically coupling a first calibration load to the electrical power infrastructure; while the first calibration load remains electrically coupled to the electrical power infrastructure, determining one or more second magnetic field readings from the one or more main electrical supply conductors using the one or more sensors in the power consumption measurement device; calibrating the power consumption measurement device using at least in part the one or more first magnetic field readings and the one or more second magnetic field readings, after calibrating the power consumption measurement device, determining one or more third magnetic field readings from the one or more main electrical supply conductors using the one or more sensors in the power consumption measurement device; and determining an electrical power used by the electrical power infrastructure of the structure using at least the one or more third magnetic field readings and the one or more calibration coefficients. Calibrating the power consumption measurement device can include determining one or more first calibration coefficients for the power consumption measurement device using at least in part the one or more first magnetic field readings and the one or more second magnetic field readings. Other embodiments are disclosed.

Some embodiments can concern a method of using an electrical sensor device. The method can include: determining a first current measurement of a first current in an electrical power infrastructure and a first phase angle measurement of the first current; determining that a first load is coupled to the electrical power infrastructure; while the first load is coupled to the electrical power infrastructure, determining a second current measurement of a second current in the electrical power infrastructure and a second phase angle measurement of the second current; and using a Kalman filter to determine one or more first calibration coefficients for the electrical sensor device at least in part using the first current measurement, the second current measurement, the first phase angle, and the second phase angle. Other embodiments are disclosed.

A wireless power infrastructure for delivering wireless power from a wireless network to mobile devices. The infrastructure includes a plurality of power transmission hubs, each hub having: a first capacitor for transmitting a signature frequency for a defined range; and a set of second capacitors, each for transmitting resonant wireless power within the defined range at a selectable frequency. A mobile device for obtaining wireless resonant the plurality of power transmission hubs is also described, and includes: a first variable capacitor for detecting a signature frequency associated with a proximately located power transmission hub; a second variable capacitor for receiving wireless resonant capacitor from the proximately located power transmission hub; and a synchronization system for setting the second variable capacitor to a frequency that is synchronized with a wireless resonant power transmission of the proximately located power transmission hub.

The invention relates to an IFC (Industry Foundation Classes) based three-dimensional digital management platform for a transmission and transformation project. The IFC based three-dimensional digital management platform comprises a geographic information server, a WEB server, a database server, a local area network, a VPN network and a client, wherein a complete multi-source heterogeneous background database is arranged in the database server and comprises DEM data, texture imaging data, GIS original vector data, space entity object data, attribute data and metadata; the space entity object data is obtained by converting the BIM data into the IFC data, and then converting the IFC data into CityGML data. Compared with the prior art, according to the IFC based three-dimensional digital management platform disclosed by the invention, the data resources are integrated, and the functions of exhibition, inquiry, retrieval, positioning, and safety management of electric power facilities are realized, and a complete electric power infrastructure three-dimensional visualized comprehensive application system can be formed.

The invention discloses a wireless network-based earthquake monitoring system. The system comprises earthquake monitoring devices, earthquake monitoring substations, a control center, positioning devices, ARM plates and satellite positioning and timing devices, wherein the earthquake monitoring devices are respectively arranged at different earthquake monitoring points to monitor the crustal shock of corresponding earthquake monitoring points; the earthquake monitoring substations receive data of the earthquake monitoring devices and transmit the data to an earthquake monitoring master station through a 3G wireless network; the control center analyzes and processes the data received by the earthquake monitoring master station; the earthquake monitoring devices are connected with the positioning devices; displacement sensors are arranged in the positioning devices; the positioning devices are used for monitoring the crustal shock; the substations are communicated with the master station through the 3G wireless communication network; and the ARM plates and the satellite positioning and timing devices are arranged in the earthquake monitoring devices. The displacement sensors in the horizontal and vertical directions are arranged at the monitoring points and accurately sense the crustal shock in the horizontal and vertical directions; the GPS positioning and timing devices are used for positioning and timing; the monitored accurate earthquake information is sent to the control center through the 3G wireless network; the earthquake information is accurately and timely transmitted without the limitation of transmission media; and the earthquake monitoring devices are powered by solar power supply equipment without the limitation of electrical infrastructures and can be connected with video acquisition devices, computers, faxes and / or telephones and transmit related data to a data center through the 3G wireless network.

A method of using a power consumption measurement device: determining at least two first current sensor readings from the one or more main electrical supply conductors; calibrating the power consumption measurement device, comprising applying a Kalman filter; electrically coupling a first calibration load to the electrical power infrastructure; determining at least one second current sensor reading from the one or more main electrical supply conductors; re-calibrating the power consumption measurement device, comprising applying the Kalman filter; uncoupling the first calibration load from the electrical power infrastructure; determining at least one third current sensor reading from the one or more main electrical supply conductors; and determining a first electrical power used by the electrical power infrastructure of the structure. Other embodiments are disclosed.

A communication link arrangement for a cargo moving device comprises an electrical infrastructure that is mechanically coupled to a cargo moving device. The cargo moving device includes a cargo retaining structure and a main body coupled to the cargo retaining structure. The electrical infrastructure includes a single conductor electrically coupling the cargo retaining structure and the main body for delivering power and data signals between the cargo retaining structure and the main body. The electrical infrastructure further includes one or more conductors. A first networking element is mechanically coupled to the cargo retaining structure and is electrically coupled to the single conductor. A second networking element is mechanically coupled the main body and is also electrically coupled to the single conductor. A high-speed network link over power line carries data over the single conductor in the electrical infrastructure that supplies power between the main body and the cargo retaining structure.

A system for configuring an Electric Vehicle (EV) charging infrastructure, the apparatus comprising. The system receives user direction and inputs regarding a custom EV charging infrastructure, submits the data an optimal planning module which is configured for performing optimization based on objectives in view of a set of constraints; and generates a recommendation from the optimal planning module for a custom EV charging infrastructure based on charging needs and behavior of the consumers toward deferring upgrades in electric infrastructure without compromising energy required for electrical transportation. The system validates the results from the optimal planning module using discrete event-based simulator and generates charging schedules from the controlling module for custom EV charging based on information about EV data, distributed energy resource (DER), and the electric infrastructure without compromising energy required for electrical transportation and causing undue impact on the electrical infrastructure.

The invention provides a method for identifying a thermal power station target in a remote sensing image, which comprises the following steps: according to the size of the target, setting an anchor size and predicting a candidate area of a related class; Calculating all the area frames to be generated according to the set area ratio and the scale ratio according to the set anchor in step one, anddividing positive and negative samples according to the overlap ratio of the area frames and the label frames and training; Construction of Depth Convolution Neural Network Feature Extractor; Constructing feature extractor based on target feature; The extracted features are combined as final description features of the generation box; According to the results of the final description of the characteristics of the target candidate frame positioning precision processing, get the remote sensing image power infrastructure target recognition results. The invention not only greatly reduces the cost,but also is convenient to operate and greatly improves the working efficiency by using the mode of combining the multi-source optical images and the radar images. For the influence of vegetation, thevegetation index is used to screen the non-vegetation-covered areas for thematic information extraction.

A method of converting atmospheric electrical discharge to a useable form of energy by arresting, storage and retransmission of lightning induced electrical discharge is disclosed. The invention discloses methods of deploying this technology even in isolated locations where no electricity infrastructure exists. Additionally, the potential for achieving in excess of 1 GWe of electrical power supply at costs orders of magnitude lower than fossil fuel or solar is also disclosed. Isolated collection units are disclosed. A method of deployment of these devices on individual cars and recharge stations is disclosed which in effect unplugs these automotive and recharge stations from the grid. This capability significantly decreases their dependence on the electricity grid infrastructure, enabling a much more enhanced rollout capability for the industry. The concept of Energy Dams is disclosed. These are facilities with substantial electrical energy storage capacities with the capability of receiving energy feeds from various generation sources.

A computer-implemented method, system, and computer program product are provided for demand charge management. The method includes receiving an active power demand for a facility, a current load demand charge threshold (DCT) profile for the facility, and a plurality of previously observed load DCT profiles. The method also includes generating a forecast model from a data set of DCT values based on the current load DCT profile for the facility and the plurality of previously observed load DCT profiles. The method additionally includes forecasting a monthly DCT value for the facility using the forecast model. The method further includes preventing actual power used from a utility from exceeding the next month DCT value by discharging a battery storage system into a behind the meter power infrastructure for the facility.

The invention discloses a device for producing electrical energy and biogas fertilizer by using livestock and poultry manure and crop stalks. The device comprises a tank body which is divided into an anode chamber and a cathode chamber by using a separation plate. A cathode material is arranged in the cathode chamber, and an anode material is arranged in the anode chamber. The cathode material and the anode material are connected with an external circuit load through a conducting wire. A polyethylene heterophasic cation exchange membrane is arranged on the separation plate at a position close to the bottom of the tank. An electricity-producing microbial flora acclimated from biogas slurry, treated livestock and poultry manure and crop stalks are uniformly mixed; the mixture is continuously or intermittently added into the anode chamber, and is used as anode chamber liquid; water is added into the cathode chamber and is used as cathode chamber liquid; under a temperature of 25-37 DEG C, constant-temperature cultivation is carried out for 12-36h, and an electricity-producing effect occurs. The invention also discloses an application method of the device. The device provided by the invention can operate under normal temperature, and has the advantages of good electricity-producing performance, low production cost, simple operation, and pollution-free process. The device and the method have good application potential in local areas lacking electric power infrastructures.

A method for managing electrical charging of an electrical energy storage device for a subject vehicle using electric power originating from a stationary source of electrical power includes providing a database including respective geographic locations of a plurality of electric power distribution subsystems, receiving a request from the subject vehicle for electric charging power, resolving a geographic location of the subject vehicle to a subset of the plurality of electric power distribution subsystems, determining an electric power reserve capacity for each electric power distribution subsystem in the subset of the plurality of electric power distribution subsystems, and allocating a magnitude of electric power for charging the subject vehicle based upon the electric power reserve capacity for each electric power distribution subsystem in the subset of the plurality of electric power distribution subsystems.

The present invention relates to a method and an apparatus for employing an embedded subscriber identity module (hereinafter referred to as eSIM) to apply a policy such as a subsidy policy to, activate, deactivate, add to, update, and delete a user profile in a mobile communications network. The present invention enables a mobile device to determine whether to host the policy of a new service provider when it changes the present service provider or to perform a lock for prohibiting the policy change, and to change the profile related to the determination. The present invention also enables a mobile device to replace the policy related to the service provider by applying the policy, or to employ eSIM so as to activate, deactivate, revise, add, or delete the rules of the policy related to the service provider. The present invention provides various examples of hosting and applying the policy and various examples of activating, deactivating, revising, adding, deleting the policy rules so as to make eSIM identify the subscriber as the existing subscriber identity module. The invention also enables the device or eSIM to be reused when changing the service provider throughout the life cycle thereof without limiting the use of eSIM to a single service provider. The invention also provides a method for locking the policy applied per service provider, and the use of eSIM when changing to another service provider by the policy per service provider. The present invention also provides a method for checking the criteria of decision and verifying the power of decision when administering the policy rules and eSIM through deleting, adding, revising, activating, and deactivating the profile management plan and policy rules by applying the service provider's policy. Thus the present invention enables the device to host a new service provider's policy for communicating therewith when changing from the existing service provider to the new service provider, or when the government changes the service provider for an M2M device related to the electricity, infrastructure, etc. under an environment such as EUTRAN (Evolved Universal Terrestrial Radio Access Network) or UTRAN (Universal Terrestrial Radio Access Network) / GERAN (GSM / EDGE Radio Access Network). The present invention also is advantageous in that if the change of a service provider is not allowed according the policy of the existing service provider, the information related to communication and the security information are set revised safely by locking, thus enhancing the communication efficiency and security. The present invention also enables the device to verify the power of the user or to revise safely the information of eSIM for adding, revising, deleting, activating, and deactivating the policy rules for managing the operation profile for administration of the policy of the service provider under an environment such as EUTRAN (Evolved Universal Terrestrial Radio Access Network) or UTRAN (Universal Terrestrial Radio Access Network) / GERAN (GSM / EDGE Radio Access Network), thus enhancing the communication efficiency and security.

The invention discloses a power grid electric power infrastructure safety assessment analysis method and system and a storage medium, and the method comprises the steps: dividing a target power transmission tower into a tower head structure, a tower body structure and a tower leg structure, carrying out the single-body architecture stability analysis of each composition structure, assessing the single-body architecture instability index corresponding to each composition structure, and carrying out the analysis of the single-body architecture stability. Meanwhile, connection bearing stability analysis is carried out on each composition structure, and a bearing instability index of the tower body to the tower head and a bearing instability index of the tower leg to the tower body are evaluated, so that whether the target power transmission tower is suitable for continuous operation or not is comprehensively judged by combining the evaluation results, and comprehensive evaluation analysis of the operation safety of the power transmission tower is realized; the defect that in the prior art, power transmission tower operation safety evaluation is too one-sided is overcome, whether the target power transmission tower is suitable for continuous operation or not is judged through the evaluation mode, and the reliability of the judgment result can be effectively improved.

A method and a system of control of power consumption of communications between electrical modules of an electrical infrastructure, including a star-shaped communication network between a central module, or master module, and a set of slave modules, the master module being set up to be connected to the slave modules by non-wireline communications links in a star pattern, and a processing circuit set up to regulate the power levels of communications links at least in a direction of reception by the master module from at least one slave module or by at least one slave module from the master module.

The invention discloses a method and a system for judging postures of an electric line pole in an earthquake region based on long-distance photographed images. The method comprises the following steps: acquiring earthquake region ground images acquired by an imaging sensor carried on an unmanned aerial vehicle; carrying out imaging environment sensing calculation on the earthquake region ground images to acquire a sensing result if a distance between the imaging sensor and the electric line pole in the earthquake region is more than 1 kilometer, and carrying out image enhancement processing onthe earthquake region ground images so as to acquire enhanced images; and recognizing the electric line pole in the enhanced images and judging spatial postures of the recognized electric line pole.The system comprises the unmanned aerial vehicle, the imaging sensor and a ground control terminal. According to the technical scheme provided by the invention, the system has the characteristics of strong environmental adaptability and high recognition ratio, and is more suitable for surveying electricity infrastructures under a complicated imaging environment in the earthquake region.

The invention provides a weaving production line quality and fault detection statistical system. A hardware system comprises a warping machine, a sizing machine, an automatic warp tying machine, an air jet loom, and a cloth inspecting machine whichare electrically connected with an electric power infrastructure in parallel through a server software main connecting line CAN; the software system comprises a hypertext preprocessor PHP, automatic control software APCNA, an air jet loom module screen, a pre-preparation process module, an after-finishing process module, a human-computer interface collector ARM, a database management system MySQL and a server software main connecting line CAN. According to the invention, remote quality inspection monitoring and monitoring management are achieved;system data can be externally accessed and printed; data is reliable, the sharing performance is high, and the query speed is high; self-diagnosis equipment faults can be rapidly counted, monitored and analyzed in time; and the consumption-reducing, quality-improving and synergistic effects are remarkable.

Disclosed is a hub for charging and other applications when camping or away from power infrastructure. The hub mounts on an elevated surface such as a structure wall or roof to remain out of the way but still accessible. The hub has a body and an attachment ring. The body has a cylindrical column of a first diameter and a base of a greater second diameter. The cylindrical column has an input port along top and exterior threading below the input port. The elongated base has an output port along a bottom. The input port connects to a power source, such as a solar panel, and feeds current to the output port. The cylindrical column passes through an opening of a structure and the attachment ring screws onto the threading exposed on the other side of the structure, thereby attached the hub to the structure.